CS Part #: cs-822 Mfr. Part #: RNW86510301 Manufacturer: Schneider Electric Category: Charge Controllers Min Qty: 1 Bundle Size: 1 Unit Price: $619.04 Ext Price: $619.04 Quantity Get Shipping Quote Apply Now for Dealer Pricing Description Schneider Electric Conext MPPT 60 150 Charge Controller The Schneider Electric Conext MPPT Charge Controller is a photovoltaic (PV) charge controller that tracks the electrical maximum power point of a PV array to deliver the maximum available current for charging batteries. When charging, it regulates battery voltage and output current based on the amount of energy available from the PV array and state-of-charge of the battery. The Conext MPPT can be used with 12, 24, 36, 48, and 60-volt DC battery systems and is able to charge a lower nominal-voltage battery from a higher nominal-voltage array. For example, the XW SCC can charge a 12-volt battery from a 36-volt array. This provides flexibility for installers to use longer wiring runs without compromising efficiency. The Conext Solar Charge Controller can be installed (in single or multi-unit configurations) with Schneider Electric Hybrid Inverter/Charger(s) or can be used in other solar energy systems where a solar charge controller is needed. The Schneider Electric Conext MPPT incorporates a dynamic Maximum Power Point Tracking (MPPT) algorithm designed to maximize energy harvest from the PV array. The MPPT constantly adjusts the operating points of the array to ensure it stays on the maximum power point. It does not stop energy harvest to sweep the array like some other competing products. This feature is beneficial all sunlight conditions, especially in areas with fast moving cloud cover and quickly changing solar conditions. Standard features of the Solar Charge Controller include: Maximum Power Point Tracking (MPPT) delivers maximum available power from PV array to battery bank Integrated PV ground-fault protection Ultra-reliable, convection-cooled design does not require a cooling fan − large, aluminum, die-cast heat-sink allows full output current up to 45°C without thermal derating Selectable two or three-stage charging algorithms with manual equalization to maximize system performance and improve battery life Configurable auxiliary output Two-line, 16-character liquid crystal display (LCD) and four buttons for configuration and system monitoring Input over-voltage and under-voltage protection, output over-current protection, and backfeed (reverse current) protection (warning and fault messages appear on LCD when unit shuts down as a protective measure) Over-temperature protection and power derating when output power and ambient temperature are high Battery Temperature Sensor (BTS) included − automatically provides temperaturecompensated battery charging Xanbus™-enabled network communications protocol (developed by Xantrex) Communicates settings and activity to other Xanbus™-enabled devices, such as the Schneider Electric Conext Hybrid Inverter/Charger, the Schneider Electric Conext System Control Panel (SCP), Schneider Electric Conext Automatic Generator Start (AGS), and other Schneider Electric Conext Solar Charge Controllers. Five-year warranty General Information Category: Charge Controller Technical Specifications Technology: MPPT Battery Voltages: 12 Volts 24 Volts 36 Volts 48 Volts 60 Volts Max Input (PV) Voltage: 150.00 Volts Max Input (PV) Current: 60.00 Amps Max Output (Battery) Current: 60.00 Amps Mechanical Data & Components Dimensions: 9 × 9.75 × 19 in Weight: 17.6 lb Datasheets & Collateral Document Type Published Date Xantrex XW MPPT Data Sheet Data Sheet XW MPPT Owners Guide.pdf Data Sheet Support Articles How to Size a Charge Controller The array size and the load are the most important aspects of selecting the appropriate charge controller. How do MPPT charge controllers work? The MPPT (Maximum Power Point Tracking) charge controller technology may significantly increase the efficiency of battery charging state. Choosing the Correct Charge Controller Selecting an efficient and properly designed charge controller is key to the longevity and efficiency of your entire battery based photovoltaic (PV) system. Going Off-Grid with Solar Volume 2 In this installment of “Going Off-Grid with Solar” we are going to learn how to size our off-grid system. 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